View allAll Photos Tagged Filaments
Close up on a big prominence at 3 meter of focal with a Daystar filter. Local plasma movements but it kept the shape for several hours. Very bad seeing but this one was very big, i wanted a memory for my collection; stack of only 80 frames.
Take a look also at my astronomy video channel.
Field of microscopic filamentous microfossils inside a rounded concretion from the jasper rock in the Nuvvuagittuq Supracrustal Belt in Québec, Canada. The filaments are composed of haematite (red lines), and are located in a quartz layer (white) surrounded by magnetite (black), where both haematite and magnetite are iron oxide minerals. Photo by M. Dodd
3D printer filament spool holder for MakerBot Replicator
Made on a makerbot.creativetools.se
Download the file for free from: www.thingiverse.com/thing:72746
If you want to purchase best Abs filament or carbon filament at an affordable price visit us at www.3dfilament.supplies/abs/
From Filament magazine Issue 1, available worldwide at www.filamentmagazine.com
Model: Steve Dyson
Photographer: Ara Maye McBay
Straight out of the camera, except for a serious crop. Walmart had it for sale -- we didn't buy it, but it made for a good photo. That's the style going up the right side. You can see five of the six anthers, all obviously loaded with pollen, in the picture.
Larger sizes available. Isn't God a great artist? Thanks for looking.
I cleaned the light bulb and retook this pic. I used my camera's ND filter to get a really low exposure on the filament, then went up in exposures from there. I like how this shot shows all of the support structure for the filament and how there are reflections of everything inside of the bulb.
If you are coming from here:
www.killerinnovations.com/blog/index.html
tell the blogger that he is lucky that I didn't change this to tubgirl...
Inspired by beetles and fabricated by a robot, this striking garden pavilion kicks off the Engineering Season.
V&A.
Wow, I haven't been here in a loooooong time.
VS: Nude, mod by me
LS: Einfache, mod by me
Wallpaper: Filament
Foobar: Int, mod by me
Icons: Sanscons
The tulip is a perennial, bulbous plant with showy flowers in the genus Tulipa, which comprises 109 species and belongs to the family Liliaceae.The genus's native range extends from as far west as Southern Europe, North Africa, Anatolia, and Iran to the Northwest of China. The tulip's centre of diversity is in the Pamir, Hindu Kush, and Tien Shan mountains. A number of species and many hybrid cultivars are grown in gardens, as potted plants, or to display as fresh-cut flowers. Most cultivars of tulip are derived from Tulipa gesneriana.
Tulips are spring-blooming perennials that grow from bulbs. Depending on the species, tulip plants can grow as short as 4 inches (10 cm) or as high as 28 inches (71 cm). The tulip's large flowers usually bloom on scapes or subscapose stems that lack bracts. Most tulips produce only one flower per stem, but a few species bear multiple flowers on their scapes (e.g. Tulipa turkestanica). The showy, generally cup or star-shaped tulip flower has three petals and three sepals, which are often termed tepals because they are nearly identical. These six tepals are often marked near the bases with darker colourings. Tulip flowers come in a wide variety of colours, except pure blue (several tulips with "blue" in the name have a faint violet hue).
The flowers have six distinct, basifixed stamens with filaments shorter than the tepals. Each stigma of the flower has three distinct lobes, and the ovaries are superior, with three chambers. The tulip's fruit is a capsule with a leathery covering and an ellipsoid to subglobose shape. Each capsule contains numerous flat, disc-shaped seeds in two rows per chamber. These light to dark brown seeds have very thin seed coats and endosperm that does not normally fill the entire seed.
Tulip stems have few leaves, with larger species tending to have multiple leaves. Plants typically have 2 to 6 leaves, with some species having up to 12. The tulip's leaf is strap-shaped, with a waxy coating, and leaves are alternately arranged on the stem. These fleshy blades are often bluish green in colour.
Reproduced from Wikipedia under the Creative Commons License.
En Biodiversidad virtual y también en Instagram como @proyectoagua.
Desde los cinco vértices de su corona la rotífero Collotheca lanza sus redes de seda, malla que se despliega suavemente en mil tentáculos radiando su abrazo en filamentos. Son manojos de abrazos. Cada uno, como el más delicado de los tactos, palpará recovecos invisibles en cada rincón de su gota. Nada escapará al alcance de su mirada líquida y táctil, y como una reverencia suave, cada poso, cada porción de vida, cada resto de la que fue es o será, se fundirá en su cuerpo blando, amasado sin prisa, sin nostalgia, sin crueldad, para dar paso a otro pulso en su existir.
Abriendo sus fauces de hilo, Collotheca espera y recoge certeramente a ciegas, la lluvia sin pausa de algas que como un maná llega de su cielo de agua, mientras ella, siempre hembra, busca refugio entre los grumos, vestida de transparencias en su tubo de gelatina limpia.
Cuando la rotífero Collotheca se estira desde su casa de gelatina y se pone de puntillas, asomándose en el agua al borde de su largo pie, es que todo está ya en calma y en esa quietud puede lanzar sin miedo su haz abrazos de hilo. Abrirá así sus fauces como una ancha flor, dejando que los rayos invisibles de su corona vayan guiando a las algas hacia su interior.
A veces en ese encuentro siempre esperado y siempre fortuito Collotheca se siente sorprendida y en un instante de timidez se retrae, devolviendo al agua las algas que acarició. Otras veces, con mejor suerte para su vida, van desgranándose mientras entran en su cuerpo y en una transición continua su verde se vuelve vida.
El género Collotheca está representado por más de una veintena de especies de agua dulce que se caracterizan por poseer un largo pie retráctil y una ancha corona lobulada desde cuyos vértices se despliegan unos largos y finísimos filamentos radiales con los que estos rotíferos se sirven para capturar su alimento, constituido fundamentalmente por algas. El número de lóbulos de la corona y las características del borde membranoso que los une son carácteres que permiten diferenciar a las distintas especies del grupo .
La que se asoma hoy de puntillas Collotheca ornata lanza su red de hilos sin trama, desde las cinco puntas de su corona, sedas delicadas que al roce abrupto de cualquier elemento extraño se retraerán en el refugio de su propio cuerpo. Mientras tanto, cualquier resto vegetal, cualquier alga que a la deriva se aproxime demasiado entrará en este embudo de filamentos casi invisibles hasta rodar por las fauces de Collotheca y entre sus mandíbulas a ritmo de de latido entre sus muelas fluirá.
Collotheca ornata vive en lagos y charcas y es una especie ampliamente distribuida por las aguas dulces de todo el Planeta, y hoy ha venido desde un pequeño charco que nació de la nieve donde fue recogida en una pequeña muestra el día 11 de marzo de 2020, en lo alto del Valle del Asón. Aquí espera la lluvia de algas que poco a poco irá abrazando mientras se ha fotografiado en vivo a 400 aumentos con la técnica de contraste de interferencia.
Tungsten Filament
Courtesy of Mr. MUHAMMET AYDIN
Image Details
Instrument used: Quanta SEM
Magnification: 800
Voltage: 5
Spot: 2,5
Working Distance: 8,5
Detector: etd
Architects: Rolfe Judd, 2015, showing part of the "stacked cuboids" 16-storey residential tower. The district used to be home to a gas mantle factory, hence the new development's name. London Borough of Wandsworth.
This small accessory can protect your FFF 3D printer filament from two common issues - cleaning and lubrication.
A sponge wipes the filament clean from any dust particles and prevents them clogging the extruder.
By dropping a few drops of common mineral oil on the sponge the filament passing through gets lubricated thus relieving the extruder motor from strain.
Lubrication is specially useful if the filament needs to travel through long tubes before it enters the extruder.
INSTRUCTIONS
Download the STL-file from www.thingiverse.com/thing:492067
3D-print the provided STL file and insert a small piece sponge into the filament filter.
Poke a hole into the sponge and make sure the filament passes through and comes out at the other end.
Soak the sponge with a few drops of mineral oil (as for sewing machines, door hinges or bicycle chains).
Place the filament filter somewhere in between the spool and the extruder. If you have a plastic tube which guides the filament to extruder (such as a bowden solution) make sure you place the filter before the filament enters the tube.
See video for more information
By Creative Tools
A fully 3D-printable rotating stand for filament spools, designed to be easily made without the need for fasteners such as screws, nuts, shafts, glue, etc. Every single component in this spool holder comes right from your 3D printer's filament.
The spool holder's spindle is shaped to fit the vast majority of commonly used filament spools with shaft holes ranging from 16 mm to 62 mm in diameter. It is also compatible with spool-less filament coils.
The spindle which holds the spool's weight rotates on its own roller wheels, which makes it turn effortlessly.
The spool holder included an arm for filament guide tubes of both common sizes 1.75 mm and 3.0 mm. The arm also contains a pocket for inserting a piece of sponge which acts a a filament filter - thus keeping the filament clean and lubricated.
FEATURES
- Easy to 3D print
- Needs no glue or fasteners
- All parts can be 3D-printed
- Fits almost any filament spool size
- Has built-in filament filter!
- Can also hold spool-less filament coils
Next time you need a new filament spool holder, just 3D-print one! :)
INSTRUCTIONS
Please see video youtu.be/X6ArZeWYSZE
"Creative Tools
Print failed, and I couldn't load/unload filament. After pulling the print block apart, I found this evil plug wedged right into the top of the block/nozzle - took a lot of effort to remove the extruder, with that bulge blocking me from even unscrewing.
I dont know what caused this, but this particular filament has sudden variation in diameter (within 1% most of the time, then sudden jumps of 10% diameter) unlike previous from same supplier, and the rep2 doesnt seem to like that. I suspect it lost traction during a retract/extrude, and a soft lump got squished, then became a bigger lump
Unfortunately I don't have elevator here and I live on 4th floor. Now please let me have my heart attack quietly :-D
Ptenothrix renateae
Complete with digital camo and purple cheek. My springtails are back at my door, but it seems that there are more of these than the Dicyrtomina ornata. Usually the Dicyrtomina outnumber these by a lot.
That pitted metal he's scaling is the hose hook-up part on a propane tank. I'm really happy with the quality of this shot. I was using the DCR-250; don't know what made it any better than previous shots with that lens.
The Wanhao Duplicator 5S Desktop 3D Printer. A large format high quality FFF (Fused Filament Fabrication) type 3D printer.
This small accessory can protect your FFF 3D printer filament from two common issues - cleaning and lubrication.
A sponge wipes the filament clean from any dust particles and prevents them clogging the extruder.
By dropping a few drops of common mineral oil on the sponge the filament passing through gets lubricated thus relieving the extruder motor from strain.
Lubrication is specially useful if the filament needs to travel through long tubes before it enters the extruder.
INSTRUCTIONS
Download the STL-file from www.thingiverse.com/thing:492067
3D-print the provided STL file and insert a small piece sponge into the filament filter.
Poke a hole into the sponge and make sure the filament passes through and comes out at the other end.
Soak the sponge with a few drops of mineral oil (as for sewing machines, door hinges or bicycle chains).
Place the filament filter somewhere in between the spool and the extruder. If you have a plastic tube which guides the filament to extruder (such as a bowden solution) make sure you place the filter before the filament enters the tube.
See video for more information
By Creative Tools
#3dprinter #filament #filaments #3dfilaments #3dprint #print3d #3dprinting #printing3d #design #3dscan #3dmodeling #3dprints #3dmodel #3dprinted #3dkreator #fun #future #drukarka3d #druk3d #drukowanie3d #drukarki3d #drukowanie #druk #art #fashion #innowacje #technologia #fun #desing #model #3dnews #3dptintig #creative #new #technology